Our Fabric Static Stress Resistance Tester is an advanced and essential instrument engineered to precisely evaluate the durability and resilience of fabrics under sustained pressure or tension. This crucial tool provides manufacturers with quantitative data on fabric deformation, creep, and recovery when subjected to static loads, such as those experienced in seating, upholstery, protective gear, and other applications requiring long-term material integrity. By accurately simulating real-world static stress conditions, our tester ensures your materials meet stringent quality and longevity standards, making it an invaluable asset for R&D, quality control, and product development in the textile industry.
Why Static Stress Resistance is Vital for Textiles
Fabrics are frequently exposed to prolonged, static forces that can lead to permanent deformation, loss of resilience, and diminished aesthetic appeal. Understanding a fabric’s static stress resistance is critical for:
Product Longevity: Ensuring upholstery, car seats, or mattress ticking maintain their shape and comfort over extended periods of use.
Performance Reliability: Verifying that protective gear or industrial textiles retain their structural integrity under constant pressure.
Material Selection: Choosing the optimal fabric for applications where creep or permanent deformation is a concern.
Customer Satisfaction: Delivering products that consistently perform as expected throughout their lifespan, reducing complaints and returns.
Our Fabric Static Stress Resistance Tester provides the objective insights needed to guarantee your textiles stand the test of time.
Technical Parameters:
Upper Test Arm Angle: 10 degrees relative to the vertical line, ensuring standardized stress application.
Spring Stiffness: 149 N/M, precisely meeting the standard requirement of 150 N/M ± 30 N/M for consistent load application.
Wire Diameter: 0.3mm
Diameter: 3mm
Length of Upper Test Arm: 250mm
Length of Lower Test Arm: 300mm
Connection Method: Ball joint connection, for smooth and low-friction articulation.
Lighting Source: High-power LED with 20W, ensuring excellent visibility.
Projection Method: Optical imaging with a resolution of 1mm, for clear and accurate measurement of protrusion height.
Measuring Arm: Hinged connection for easy and reliable sample clamping.
Dimensions:
Static Stress Experiment Part: 600mm × 600mm × 800mm (L×W×H)
Projection Measurement Part: 400mm × 600mm × 600mm (L×W×H)
Power Supply: AC220V 50Hz
Standards Compliance:
Our Fabric Static Stress Resistance Tester is engineered to comply with key industry standards, ensuring the reliability and global acceptance of your test results:
DIN 53860 – Part 1: “Inspection of textiles – Inspection of planar fabric sac-like protrusions – Part 1: Static stress bend tube test method.” This standard specifically outlines the methodology for evaluating static stress resistance.
Elevate Your Textile Durability and Performance
The Fabric Static Stress Resistance Tester is an indispensable investment for textile manufacturers, material scientists, and quality control laboratories striving for excellence. Its precise simulation of static loads, combined with advanced measurement capabilities, empowers you to develop and produce fabrics that not only meet but exceed expectations for long-term durability and resilience.
